#-- 22 23 07.145 55 57 49.50 #\*l [\*mm] Flux [Jy] (error) # m=-1 put[-1r](0.97,0.03) Assumed relative error = 0.1 0.553705 9.66 0.966 0.531896 7.45 0.03 0.420301 0.653 0.01 0.402001 8.99 0.08 0.553705 9.14 0.914 0.531896 7.45 0.03 0.420301 0.653 0.01 0.531896 7.37 0.737 0.420301 0.625 0.0625 2.16379 104. 23 1.64948 109. 19 1.23902 91.7 17.9 0.553705 9.66 0.966 0.531896 7.45 0.745 0.420301 0.653 0.0653 0.402001 9.00 0.9 2.16379 104. 10.4 1.64948 109. 10.9 1.23902 91.7 9.17 0.444203 1.33 0.01 0.3531 1.81e+3 181 0.444203 0.675 0.012 0.402001 8.99 0.08 2.16379 104. 23 1.64948 109. 19 1.23902 91.6 18 2.16379 104. 23 1.64948 109. 19 1.23902 91.6 17.8 0.672995 19.1 1.91 0.531896 7.37 0.07 0.420301 0.627 0.011 1.64948 109. 19 1.23902 91.6 18 0.672995 19.1 0.1 1.64948 109. 10.9 1.23902 91.7 9.17 0.672995 19.1 1.91 0.444203 2.76 0.18 0.772462 39.5 0.8 0.622622 20.1 0.1 0.504616 5.38 0.38 0.762055 40.9 0.5 0.582234 18.8 0.1 0.503599 6.49 0.1 0.531896 7.37 0.07 0.420301 0.627 0.011 22.0907 72.0 0.1 11.5598 56.7 17.6 4.60002 218. 21.8 3.35001 598. 59.8 0.763491 27.5 2.8 0.672995 4.59 0.3 0.672995 45.4 0.8 0.672995 18.4 0.1 0.624698 9.74 1.31 0.481997 2.28 0.07 2.16379 104. 23 1.64948 109. 19 1.23902 91.6 18 0.901794 0.0288 0.0026 0.624698 0.0469 0 0.762055 40.9 0.5 0.582234 18.8 0.1 0.503599 6.49 0.1 0.402001 60.4 6.04 0.855914 51.1 0.5 0.788595 44.6 4.46 0.788595 42.8 0.5 0.763491 62.1 6.21 0.763491 37.4 3.74 0.646899 21.3 2.13 0.646899 21.6 0.1 0.624698 17.5 1.75 0.600281 14.7 0.1 0.546967 8.77 0.877 0.546967 8.85 0.09 0.481997 2.78 0.278 0.435998 1.27 0.127 0.435998 1.22 0.03 0.553705 6.94 0.694 3.40001 75.1 7.51 2.19002 117. 11.7 1.63002 135. 13.5 1.25002 119. 11.9 0.877998 70.1 7.01 0.693803 30.5 3.05 0.553705 7.96 0.796 0.444203 1.21 0.121 0.3531 57.2e-3 0.00572 10.0001 63.4 6.34 0.553705 6.94 0.694 0.553705 7.82 0.782 0.553705 8.89 0.889 0.553705 8.73 0.873 0.553705 7.96 0.796 101.949 13.5 2.4 61.8499 27.4 3.8 23.8802 91.6 3.7 11.5902 97.4 3.9 0.553705 8.14 0.814 101.949 13.5 1.35 61.8499 27.4 2.74 23.8802 91.6 9.16 11.5902 97.4 9.74 0.553705 7.96 0.796 2.19002 101. 22 1.63002 108. 19 1.25002 93.5 18.4 18.3899 67.2 1.2 8.61002 69.2 0.8 160 2.31 0.26 139.998 4.57 1.32 90.0007 13.0 0.4 64.9999 20.5 1.7 22.0907 76.2 0.1 11.5598 63.8 3 4.60002 38.1 0.7 3.35001 41.4 17 2.16379 104. 23 1.64948 109. 19 1.23902 91.6 18 0.615401 52.2e-3 0.00522 0.615401 46.3e-3 0.00463 0.615401 18.6e-3 0.00186 0.766399 0.282 0.0282 0.656806 0.257 0.0257 22.0907 71.9 0.1 11.5598 56.7 17.6 4.60002 218. 21.8 3.35001 598. 59.8 2.16379 104. 23 1.64948 109. 19 1.23902 91.6 18 0.763491 27.4 2.8 0.624698 9.70 1.31 0.553705 6.36 0.42 0.481997 2.27 0.07 0.444203 0.996 0.24 101.949 13.5 1.35 61.8499 27.4 2.74 23.8802 91.6 9.16 18.3899 67.2 1.2 11.5902 97.4 9.74 8.61002 69.2 0.8 4.60002 38.4 3.84 4.60002 38.1 0.7 3.35001 41.3 4.13 3.35001 41.4 17 2.16379 103. 10.3 2.16379 104. 23 1.64948 106. 10.6 1.64948 109. 19 1.23902 92.6 9.26 1.23902 91.6 18 101.949 1.54 0.154 23.8802 0.274 0.0274 4.60002 38.4 3.84 4.60002 38.1 0.7 3.35001 41.3 4.13 3.35001 41.4 17 2.16379 103. 10.3 2.16379 104. 23 1.64948 106. 10.6 1.64948 109. 19 1.23902 92.6 9.26 1.23902 91.6 18 2.19002 101. 22 1.63002 108. 19 1.25002 93.5 18.4 0.531896 9.98 0.05 0.420301 1.36 0.02 0.959643 0.0768 0.0001 0.865202 0.0288 0.0026 0.612571 0.0467 0 2.16379 104. 10.4 1.64948 109. 10.9 1.23902 91.6 9.16 4.60002 83.4 0.1 3.35001 72.8 3090.5 22.0907 72.0 0.1 11.5598 56.7 17.6 4.60002 218. 21.8 3.35001 598. 59.8 2.16379 104. 23 1.64948 109. 19 1.23902 91.6 18 0.672995 18.4 0.1 0.553705 6.36 0.42 0.553705 4.26 0.426 0.444203 0.996 0.24 0.553705 9.06 0.906 0.444203 1.29 0.129 22.0907 72.0 0.1 11.5598 56.7 17.6 4.60002 218. 21.8 3.35001 598. 59.8 2.16379 104. 23 1.63002 108. 19 1.25002 93.5 18.4 0.672995 18.0 0.1 0.553705 6.31 0.13 0.444203 1.24 0.02 22.0907 72.0 0.1 11.5598 56.7 17.6 4.60002 218. 21.8 3.35001 598. 59.8 2.16379 104. 23 1.63002 108. 19 1.25002 93.5 18.4 0.672995 18.0 0.1 0.553705 6.31 0.13 0.444203 1.24 0.02 0.553705 8.42 0.842 0.553705 9.93 0.993 11.5902 0.183 0.0183 21.3406 67.9 4.1 14.6497 59.8 3.6 12.13 86.7 4.3 8.27996 60.1 2.5 4.34999 52.8 4.9 4.28998 59.6 5.4 0.531896 7.37 0.07 0.420301 0.627 0.011 2.19002 101. 22 1.63002 108. 19 1.25002 93.5 18.4 0.553705 9.66 0.966 0.444203 1.47 0.147 0.402001 9.77 0.977 0.402001 8.99 0.07 1.64948 109. 19 1.23902 91.6 18 0.672995 45.4 0.8 0.672995 4.59 0.3 0.672995 18.4 0.1 11.5902 97.0 9.7 101.949 13.5 1.35 61.8499 27.4 2.74 23.8802 91.6 9.16 11.5902 97.4 9.74 2.16379 104. 23 1.64948 109. 19 1.23902 91.6 18 0.402001 8.99 0.899 0.672995 17.9 0.1 0.553705 8.94 0.894 0.672995 17.9 0.1 0.553705 8.94 0.894 0.402001 8.99 0.08 0.672995 17.9 1.79 0.553705 8.94 0.894 0.402001 8.99 0.899 0.672995 17.6 1.76 22.0907 72.0 7.2 11.5598 56.7 5.67 4.60002 218. 21.8 3.35001 598. 59.8 2.16379 104. 10.4 1.64948 109. 10.9 1.23902 91.6 9.16 0.672995 19.1 1.91 0.553705 8.94 0.894 0.444203 1.02 0.102 101.949 13.5 1.35 61.8499 27.4 2.74 23.8802 91.6 9.16 22.0907 76.4 7.64 11.5902 97.4 9.74 11.5598 64.0 6.4 4.60002 38.0 3.8 3.35001 41.6 4.16 1.64948 136. 13.6 1.23902 116. 11.6 0.877998 70.1 7.01 0.693803 30.5 3.05 0.553705 7.96 0.796 0.444203 1.21 0.121 0.3531 54.7e-3 0.00547 0.672995 18.4 0.1 0.672995 18.4 1.84 0.531896 7.37 0.07 0.420301 0.627 0.011